| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | Spring contact blank | US3735079D | 1971-04-29 | US3735079A | 1973-05-22 | DIETERICH F |
| A contact strip blank of plural spring contacts from which individual spring contacts are severable. The blank has a plurality of side-by-side wire fingers joined at one end by a conductive, plated strip with the opposite finger ends extending in flexure relation therefrom. The free ends of the wire fingers are formed as radiused points of contact, and the blank is heat treated to develop hardness, wear resistance and spring characteristics in the fingers, and spring contacts of varying widths are severable from the blank by cuts in the direction of the fingers. In a preferred method, the blank is made by winding a substantial length coil of a single layer of fine, heattreatable precious metal alloy wire on a generally cylindrical mandrel, masking spaced strips longitudinally of the wire coil, silver plating the wire coil between the masked strips, removing the strips and cutting the strip-plated wire band from the mandrel as a sheet, cutting the wire sheet in the middle of the plated and unplated strips to provide the strip blanks for the forming and heat treating steps.
|
||||||
| 82 | Switch device and method for manufacturing switch device | US15651375 | 2017-07-17 | US09959987B2 | 2018-05-01 | Takaki Tanaka |
| A switch device includes a housing having a case and a holding member, a moving member, a biasing member, a movable contact, a common fixed contact, a first switching fixed contact, a second switching fixed contact, extending portions, at least two terminal members, and resistors for obtaining the resistance value between two terminal members, and fixing portions to which the resistors are soldered. The holding member includes a bottom wall portion that covers the bottom of the case, and a holding wall portion holding the fixing portions. The holding wall portion is formed of a first synthetic resin material having heat resistance, and the bottom wall portion is made of a second synthetic resin material having a heat distortion temperature lower than that of the first synthetic resin material. A method for manufacturing a switch device includes a first molding step, a resistor mounting step, and a second molding step. | ||||||
| 83 | SWITCH DEVICE AND METHOD FOR MANUFACTURING SWITCH DEVICE | US15651375 | 2017-07-17 | US20180025855A1 | 2018-01-25 | Takaki Tanaka |
| A switch device includes a housing having a case and a holding member, a moving member, a biasing member, a movable contact, a common fixed contact, a first switching fixed contact, a second switching fixed contact, extending portions, at least two terminal members, and resistors for obtaining the resistance value between two terminal members, and fixing portions to which the resistors are soldered. The holding member includes a bottom wall portion that covers the bottom of the case, and a holding wall portion holding the fixing portions. The holding wall portion is formed of a first synthetic resin material having heat resistance, and the bottom wall portion is made of a second synthetic resin material having a heat distortion temperature lower than that of the first synthetic resin material. A method for manufacturing a switch device includes a first molding step, a resistor mounting step, and a second molding step. | ||||||
| 84 | FILM-BASED HOUSING AND SWITCH FOR KEYBOARD ASSEMBLY | US15261978 | 2016-09-11 | US20170069443A1 | 2017-03-09 | Paul X. Wang; Ryan P. Brooks; Zheng GAO |
| A switch assembly includes a switch body defining a switch opening, a dome switch positioned in the switch opening, a film attached to a surface of the switch body and covering the switch opening, and a protrusion extending from the film in an area above the switch opening. The protrusion is configured to transfer a force from a keycap of a key to the dome switch when the keycap is depressed. The dome switch may include an upper dome below the film and a lower dome below the upper dome. | ||||||
| 85 | Method for Welding Two Welding Parts by Means of a Fillet Weld and Welding Part with an Inclined Tapered Edge Area Therefor | US11666764 | 2005-11-15 | US20080245844A1 | 2008-10-09 | Thomas Ertl; Hardy Wilkendorf |
| The invention relates to a method for welding two welding parts (1, 3) by means of a fillet weld (11), wherein a first welding part (1), with a bearing surface at least in an edge area of an edge that is to be welded by means of a fillet weld, is brought into contact with a bearing surface of a welding part (3) and the welding energy (5) is supplied in an energy supply area during the welding process, exclusive of a surface (7) of the first welding part facing away from the bearing surface, said energy supply area being located at a predetermined distance from the edge of the first welding part. The welding energy is supplied in a direction, whereby the direction component thereof points perpendicular to the course of the fillet weld that is to be produced in the direction of an inner area of the first welding part, forming a welding angle of less than 90° with the contact plane of the bearing surfaces of the first and second welding parts. The welding energy is supplied until at least the energy supply area of the first welding part and a sufficient area of the second part, which is adjacent to the energy supply area of the first welding part, and also the material supply area located between the energy supply area and the edge of the first welding part are melted and fused together. The invention also relates to a welding part for carrying out said method and to an electric component with a printed conductor, which is welded to a cooling body of at least one power semiconductor element. | ||||||
| 86 | Process for producing an electrical contact | US11228343 | 2005-09-19 | US20060108334A1 | 2006-05-25 | Klaus Frietsch; Matthias Mueller; Karlheinz Storz; Richard Hettich; Tobias Woelfle |
| The invention relates to a process for producing an electrical contact, in which a coating that provides the contact is applied to a carrier by means of laser welding, such that a pulsed laser is employed as the coating material is introduced, in at least one laser pulse draw. The operating parameters are so selected that during the welding process the temperature in the welding area oscillates around the melting point, specifically in such a way that the melt alternately liquefies and again solidifies. | ||||||
| 87 | Electrical switch having an electrical connection element | US11186617 | 2005-07-21 | US20060009053A1 | 2006-01-12 | Peter Broghammer; Peter Wahl |
| An electrical switch for an electric device is provided, including a contact system including at least one electrical power supply line, an electronic control circuit and an electrical connection element arranged between at least one contact face of the control circuit and the power supply line. The electrical connection element has at least one metal pin that is fixed in an electrically non-conductive fixing element such that the pin is aligned with respect to the contact face and the power supply line, and such that the pin protrudes from the fixing element on both sides thereof to contact the contact face and the power supply line. | ||||||
| 88 | Armature assembly for balanced moving armature magnetic transducer and method of locating and adjusting same | US10346590 | 2003-01-17 | US20030138114A1 | 2003-07-24 | George C. Tibbetts; Joseph A. Sawyer |
| In a folded armature assembly the vibratory end portion of the armature is prelocatable both translationally and rotationally relative to the facing pole surfaces of the permanent magnetic flux means before attachment of the supported portion of the armature to said means. The armature has wings extending laterally from the supported portion to form therewith a connecting bridge portion, and the wings are formed to provide pads extending normal to the bridge. A magnet strap with attached magnets fits slidably between the pads, with a clearance from the bridge of the armature, to permit said locations before the parts are permanently attached. After attachment and with the magnets magnetized, the armature may be adjusted substantially in translation to magnetic center between the pole faces by appropriate plastic deformation of the bridge. In a preferred embodiment, an improved structure is provided for viscoelastic damping of the undesirable second natural resonant mode of the folded armature. | ||||||
| 89 | Electromagnetic relay | US10228270 | 2002-08-27 | US20030052759A1 | 2003-03-20 | Syuichi Misumi; Yuichi Kariya; Hiroyuki Miyano; Shigekazu Aoki; Kenji Nakamura; Tatsuro Ishikawa; Takehiro Nakagawa |
| An electromagnetic relay is provided with an iron core (50) which has a virtually J-letter shape on a plan view with one end serving as a support-receiving portion (51) and the other end serving as a magnetic pole portion (52), and a movable iron member (60) which is supported by a movable contact member (70) attached to a corner thereof, and has a virtually L-letter shape on a plan view with one end (61) being supported on the support-receiving portion (51) of the iron core (50) so as to freely pivot thereon and an adsorb portion (62) that is the other end being allowed to face the magnetic pole portion (52) of the iron core (50) so as to be adsorbed thereon. The objective of the present invention is to provide an inexpensive electromagnetic relay which is less susceptible to deviations in the adsorb portion of the movable iron member that comes into contact with and separates from the magnetic pole portion of the iron core, and has stable operation characteristics. | ||||||
| 90 | Armature assembly for balanced moving armature magnetic transducer and method of locating and adjusting same | US09779920 | 2001-02-08 | US06526153B2 | 2003-02-25 | George C. Tibbetts; Joseph A. Sawyer |
| In a folded armature assembly the vibratory end portion of the armature is prelocatable both translationally and rotationally relative to the facing pole surfaces of the permanent magnetic flux means before attachment of the supported portion of the armature to said means. The armature has wings extending laterally from the supported portion to form therewith a connecting bridge portion, and the wings are formed to provide pads extending normal to the bridge. A magnet strap with attached magnets fits slidably between the pads, with a clearance from the bridge of the armature, to permit said locations before the parts are permanently attached. After attachment and with the magnets magnetized, the armature may be adjusted substantially in translation to magnetic center between the pole faces by appropriate plastic deformation of the bridge. In a preferred embodiment, an improved structure is provided for viscoelastic damping of the undesirable second natural resonant mode of the folded armature. | ||||||
| 91 | Keyboard | US10174842 | 2002-06-18 | US20020196164A1 | 2002-12-26 | Seigo Hasunuma |
| In a keyboard that comprises a membrane switch sheet having switch portions arranged all over it, a keyboard substrate and a keyboard frame having sandwiched therebetween the membrane switch sheet to provide therein rigidity, and actuators for ON/OFF control of the switch portions through openings made in the keyboard frame, the keyboard substrate and the keyboard frame are each formed by a thin aluminum sheet, the membrane switch sheet has plural through holes, and plural trapezoidal bumps or protrusions formed by stamping the keyboard substrate toward the keyboard frame are inserted through the plural through holes into surface-to-surface contact with the keyboard frame, the plural trapezoidal bumps being spot-welded in their flat top surfaces to the keyboard frame. | ||||||
| 92 | Sealed contact device, a method of producing a sealed contact device, and a sealing method | US08864685 | 1997-05-28 | US06204460B1 | 2001-03-20 | Tsukasa Hojo; Ryuji Otani; Toru Kuwata; Shusuke Matsumura |
| A configuration for forming a gastight space is prevented from being projected from a housing, so that a projection is not formed on the housing. A sealed contact device includes a housing including a container body having an open end portion, the container body being made of ceramic, a metal lid connected to the open end portion to form a gastight space, a stationary contact and a movable contact disposed in the container body, and a sealed vent portion formed in the metal lid, in which the sealed vent portion is formed by sealing a vent hole formed in the metal lid after exhausting a gas in the gastight space and supplying a desired gas into the gastight space, via the vent hole. | ||||||
| 93 | Switching contact system for a low voltage power switch with flexible conductors | US202156 | 1998-12-09 | US6121560A | 2000-09-19 | Sezai Turkmen |
| A switching contact system of a low-voltage circuit breaker has a bus with cord-like flexible conductors attached thereto. The flexible conductors are accommodated between a connecting surface (30) of the bus (26) and an end piece (27), which is in contact with the connecting surface (30) of the bus (26) with at least two contact surfaces. The parts are connected by heat effect, such as soldering or electron beam welding. | ||||||
| 94 | Electromagnetic relay and method of manufacture thereof | US723478 | 1996-10-09 | US5929730A | 1999-07-27 | Horst Hendel |
| A single or double relay is provided. The relay has a base and a coil body. Each relay has a coil with an axis parallel to the bottom side of the base, an angled yoke and a plate-shaped armature. The armature is connected to a contact spring that is split into two fork-like legs. A contact leg carries a movable contact and a terminal leg that is connected to a spring carrier in the region in front of the movable armature end. With the double relay, the two armatures lie parallel at opposite ends of the base. The design yields a simple assembly with good heat dissipation particularly for a double relay for high switching currents. | ||||||
| 95 | Electromagnetic relay and its manufacture | US615313 | 1996-06-10 | US5880653A | 1999-03-09 | Kazuo Yamada; Ryutaro Tsuchiya; Senjiro Ishibashi; Hitoshi Nakano; Mitsuhiro Kawai; Kiyoaki Kuzukawa; Kiyoshi Oka; Hiroyuki Miyaura; Yoshikaga Taguchi; Masayoshi Tani |
| A manufacturing method for an electromagnetic relay whereby a base block 20 is monolithically molded to terminals 21-24 and connector tabs 62 provided in a lead frame 60. After separating the terminals 21-24 from the lead frame 60 and bending the terminals, a permanent magnet 30 and armature block 40 are assembled into the base block 20. A case 50 is then pressed down over the base block 20 to separate the base block 20 from the connector tabs 62 of the lead frame 60. Electrical inspection and aging treatment can thus be accomplished with the base block 20 connected to the lead frame 60, improving assembly precision and productivity. | ||||||
| 96 | Electromagnetic relay and method of adjustment of a response voltage thereof | US754112 | 1996-11-22 | US5864268A | 1999-01-26 | Wolfgang Hoffmann; Andre Koerner; Maik Zimmer |
| An electromagnetic relay constructed as a hinged-armature relay in which an armature (5) is attached to a flat-shaped spring (6) which spring is constructed as one piece to serve both as a switch-contact spring and as a return spring and which is mechanically and electrically coupled to a load-current terminal (11), with the load-current terminal having a spring affixing area (11a) and a terminal area (11b), wherein the spring affixing area and the terminal area of the load-current terminal are bendable relative to one another. A response voltage of such a relay can be adjusted in a particularly uncomplicated and quick manner using a wedge-shaped adjusting tool (12) to bend the affixing area relative to the terminal area. | ||||||
| 97 | Polarized electromagnetic relay | US512009 | 1995-08-07 | US5805039A | 1998-09-08 | Daniel Robert Smith |
| A polarized electromagnetic relay includes a base, an electromagnet with a coil and a pair of pole pieces extending perpendicularly from the end of said coil, a balanced armature and spring system which when actuated pivots between two fixed contact points and a permanent magnet inducing the same magnetic poles in both of said pole pieces and providing an opposite pole in closely adjacent relationship to the central portion of the armature. A movable contact spring is fixedly connected to the armature, said spring forming contact arms at either armature end portion. Further, a flexible movable braid connects the movable contacts on said movable spring to each other and to a movable contact terminal. A pair of retaining tabs extending from a central bobbin flange engaging corresponding recesses at the lateral sides of the armature limits the movement of the armature in two directions as well as its rotation. This feature eliminates the need for a torsion spring and allows the contact forces to be higher if necessary. Two identical coils wound in a common direction are provided as the means for actuation. Armature transfer will occur by either applying a voltage pulse across the appropriate coil, or by toggling the voltage pulse polarity across the two coils connected in series. | ||||||
| 98 | Electrical switch having a stationary contact of a bimetallic material | US423350 | 1995-04-18 | US5712611A | 1998-01-27 | Anton Mattes; Roland Neitzel |
| The invention relates to an electrical switch having a contact system which includes a switching contact and at least one stationary contact. The stationary contact has a body and a contact surface which interacts with the switching contact. Furthermore, the stationary contact is arranged on a contact support which has a first wide side and a second narrow side approximately at right angles thereto and in which a recess is located in the first side, which recess has an opening, which faces the switching contact, on the second side. The body of the stationary contact is inserted into the recess in such a manner that the contact surface of the stationary contact is located on the second side. The stationary contact is designed as a bimetallic contact made of a first material for the body and of a second material in the form of a contact facing on the body. The bimetallic contact is arranged as a prefabricated part, with the contact facing as the contact surface on the contact support. A method for producing such a switch is furthermore described. | ||||||
| 99 | Polarized electromagnetic relay | US525674 | 1995-09-25 | US5617066A | 1997-04-01 | Michael Dittmann; Heinz Stadler; Herbert Mitschik |
| The relay has a base (1) with stationary mating contact elements (11, 12, 13, 14), a coil (5), a permanent magnet (4) and also a rocker armature (3) which is arranged between the coil and the base, is connected to movable contact elements (21, 22, 23, 24) and is mounted on the base by means of bearing strips, the bearing strips simultaneously serving as electrical connections for the movable contact elements. The bearing strips (25, 26) are secured to the bearing supports (15, 16), which are designed as connection elements, of the base in planes extending at right angles to the basic plane of the base. As a result, the contact separation can be set with low tolerance even during production, and it is not dependent on tolerances of the individual parts. This structure consequently permits non-problematic, cost-effective production of the individual parts and accurate assembly without the requirement of subsequent adjustment. | ||||||
| 100 | Process and device for setting a thermal trip device with bimetal strip | US969979 | 1992-11-02 | US5317471A | 1994-05-31 | Jean Izoard; M. Eric Menegaz; Jean-Louis Drillat; Philippe Le Maitre |
| A thermal setting process of the bimetal strip consists in securing an adjusting pin to the trip bar by means of laser welding when the bimetal strip reaches a first preset temperature, and then checking tripping at a second temperature with or without action on a positioning screw of the bar. | ||||||
QQ群二维码
意见反馈
意见反馈